If it has a kΩ in the corner, the actual resistance is 58 kΩ (58,000 ohms). On a digital multimeter the upper right-hand corner should remind you of your range setting. Remember to take into account the range applied. If the screen reads a specific number such as 58, that is the value of the resistor.Test the component again with the new range setting. If the screen reads OL (overloaded) the range is set too low and needs to be increased to the next highest range.If the value is zero, the range is set too high and needs to be lowered.The number on the screen will either be 0.00, OL, or the actual value of resistance.Touch one lead to the end of your component and the other lead to the opposite end.If you don’t know the range, start with the middle range setting, usually 20 kilo-ohms (kΩ).If you’re unsure, you can determine the range through trial and error. If you have a general idea of the range of resistance just set it to that range. Some digital multimeters will automatically set the range for you, but others will need to be set manually. In order to get an accurate reading of resistance you must set the multimeter to the proper range for your component. The resistance of a component can range from ohms (1 ohm) to megaohms (1,000,000 ohms). Turn on the multimeter and select the best testing range.
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